🌶️ Hot from the press: Our new article on the effects of novelty on memory is out in Applied Cognitive Psychology.
https://onlinelibrary.wiley.com/doi/10.1002/acp.70109
🗝️ Key takeaways:
- Memory for mundane events that may otherwise be forgotten is boosted by exploration of environmental novelty.
- The link between novelty and memory is a complex one.
Thanks to Christine Bastin for a great collaboration and Camille Aron for the hard work and commitment to this project!
‼️ CALL FOR PAPERS!
Together with Christine Bastin I am editing a special issue on the effects of novelty on memory for the Journal of Cognitive Enhancement.
📜 Have you conducted a study that addressed the specific factors and/or potential neurobiological mechanisms driving effects of novelty and memory.
🖐 Are you working on this or a related topic, and do you have a paper (almost) ready to submit, please check out the call for papers: https://link.springer.com/collections/iaibejidba
📅 Deadline: October 1st, 2025
Paper alert!
In our new paper "Towards a characterization of human spatial exploration behavior" in BRM, we introduce a novel, fine-grained approach to analyse 3D exploration behavior.
We tested our method in a sample of n >400, and validated it on the Silcton dataset: https://link.springer.com/article/10.3758/s13428-024-02581-3
Spatial exploration is a complex behavior that can be used to gain information about developmental processes, personality traits, or mental disorders. Typically, this is done by analyzing movement throughout an unknown environment. However, in human research, until now there has been no overview on how to analyze movement trajectories with regard to exploration. In the current paper, we provide a discussion of the most common movement measures currently used in human research on spatial exploration, and suggest new indices to capture the efficiency of exploration. We additionally analyzed a large dataset (n = 409) of human participants exploring a novel virtual environment to investigate whether movement measures could be assigned to meaningful higher-order components. Hierarchical clustering of the different measures revealed three different components of exploration (exploratory behavior, spatial shape, and exploration efficiency) that in part replicate components of spatial exploratory behavior identified in animal studies. A validation of our analysis on a second dataset (n = 102) indicated that two of these clusters are stable across different contexts as well as participant samples. For the exploration efficiency cluster, our validation showed that it can be further differentiated into a goal-directed versus a general, area-directed component. By also sharing data and code for our analyses, our results provide much-needed tools for the systematic analysis of human spatial exploration behavior.
Universities have a hard time accepting women who speak truth to power.
This is the essay that led her university to wanting to fire Susanne Täuber. I recommend reading it https://onlinelibrary.wiley.com/doi/10.1111/joms.12516
#programming #arcana #arcaneoverflow
Apparent source: /u/PLutonium273 on Reddit - https://www.reddit.com/r/comics/comments/10rukp8/oc_magic_coding/
🥳🚨 PUBLICATION ALERT! 🚨 🥳
Have you ever wondered why humans play? How play relates to learning? Why play feels so fun?
In this paper, we propose a cognitive theory of play utilising recent ideas of the brain as a predictive organ.
Open Access: https://doi.apa.org/fulltext/2022-72028-001.html
🧵 1/5
Iris van Rooij 💭
R. David Atwell
Marc Malmdorf Andersen